Infant walk learning insole

Abstract

The invention discloses an infant walk learning insole which comprises an insole body. The insole body sequentially comprises an insole half sole, an insole core, an insole waistline and an insole heel piece from the front end to the rear end of the insole body, a half sole anti-skid pad is arranged at the lower side of the rear end of the insole half sole, a core damping pad is arranged at the lower side of the insole core, a foot arch supporting pad is arranged at the lower side of the middle of the insole waistline, and a heel piece damping pad is arranged at the lower side of the middle ofthe insole heel piece; the insole body sequentially comprises a first nanometer bamboo charcoal fiber layer, a first micropore polyurethane foaming layer, a second micropore polyurethane foaming layer, a third micropore polyurethane foaming layer and a second nanometer bamboo charcoal fiber layer from top to bottom. The insole is good in damping foot protecting effect, good in skid resistance andcapable of preventing ankle injuries and supporting the foot arch, and can promote blood circulation, enhance resistance and relieve infant foot fatigue.

Description

technical field [0001] The invention relates to an insole, in particular to a toddler insole for infants. Background technique [0002] Insoles are widely used daily necessities. According to their functions, insoles can be divided into health care insoles, functional insoles and conventional insoles. When the baby is learning to walk, there will be lumbar curvature, and the strength of the leg muscles needs to be strengthened; the formation of the cervical, thoracic and lumbar curvature of the spine is conducive to maintaining the balance of the body, and it can reduce the impact on the brain during walking and activities. Vibration; the strengthening of neck, arm and leg muscles can support all parts of the body; and the abdominal muscles are in the position of linking up and down, playing the role of balance and coordination. Based on the above characteristics of infants learning to walk, infants especially need a Non-slip, soft, elastic and high insoles are used to assi...

AI Technical Summary

Problems solved by technology

But when the infant is learning to walk, because of reasons such as the shaking of the infant's body, the traditional infant insole is then inapplicable and unsafe, and has the following disadvantages: one, shock absorption and foot protection are relatively poor, and when walking, The impact of the forefoot and the bottom of the heel is large, and traditional insoles are difficult to absorb the impact on the foot bones during infants' walking, and it is difficult to protect the plantar bones, ankle joints and knee joints; second, they have no effect on the arch of the foot , unable to support infants and young children’s foot fatigue when standing for a long time; third, poor anti-slip performance, which is not conducive to toes stretching and gripping; fourth, the thickness of each part of traditional infant insoles is basically the same, and it is difficult to prevent ankle injuries without special protection 5. Microporous polyurethane foam is not used substantially in the existing infant insoles. Even if individual microporous polyurethane foam is used, honeysuckle powder or Radix Radix powder, etc. are not used to promote blood circulation and reduce infant foot pain. Department of fatigue

Images